ROBUST AND SCALABLE SYNTHESIS OF HIGH SURFACE AREA POROUS COPPER SPHERIODIZED POWDERS BY ELECTROLESS CHEMICAL DEALLOYING

Keyphrases

• High Surface Area 100%
• Dealloying 100%
• Chemical Dealloying 100%
• Ligament Length 100%
• Scalable Synthesis 100%
• Electroless 100%
• Robust Synthesis 100%
• Porous Copper 100%
• Optical Properties 50%
• Scientific Community 50%
• Mechanical Properties 50%
• Robust Approach 50%
• Heat Generation 50%
• Oxides 50%
• Deionized Water 50%
• Chemical Properties 50%
• Current Density 50%
• CuAl 50%
• High Reactivity 50%
• Electrical Potential 50%
• Process Inputs 50%
• Electrolysis 50%
• Scalable Approaches 50%
• Local Control 50%
• Porous Metal 50%
• Gas-atomized 50%
• Nanoporous Metals 50%
• Metal Powder 50%
• Hydrogen Evolution 50%
• Use Process 50%
• Agglomeration 50%
• Copper Powder 50%
• Exothermic Reaction 50%
• Anionic Surfactant 50%
• Electroless Method 50%
• Al Powder 50%
• Batch-to-batch Variation 50%
• Ethanol Dehydration 50%
• Powder Production 50%
• Pyrophoricity 50%
• Porous Powder 50%
• Electrolysis Conditions 50%

Material Science

• Dealloying 100%
• Oxide Compound 25%
• Density 25%
• Hydrogen Evolution 25%
• Copper Powder 25%
• Anionic Surfactant 25%

Chemical Engineering

• Deionized Water 100%
• Anionic Surfactant 100%